| static LoadDocument(Stream) | Load your DjVu document with this method. Streamline your process by quickly accessing and importing your DjVu files into your application. |
| static LoadDocument(Stream, LoadOptions) | Import your DjVu document by utilizing this method with stream and loadOptions parameters. Streamline your process by quickly accessing and importing DjVu files into your application, providing flexibility and customization options to meet your needs. |
| override AdjustBrightness(int) | Adjust the brightness of an image using a specified parameter, providing control over luminance levels for optimal visual clarity. This method enhances or diminishes the overall brightness of the image, allowing for fine adjustments to achieve desired lighting effects. By modulating brightness, users can optimize image visibility and enhance detail reproduction for improved viewing experience. |
| override AdjustContrast(float) | Enhance Image contrast to improve visual clarity and highlight details with this method, which adjusts the difference in brightness between light and dark areas. By fine-tuning contrast levels, users can achieve more vivid and impactful images, enhancing overall image quality and maximizing detail visibility. This adjustment helps to bring out subtle nuances in color and texture, resulting in more dynamic and visually appealing images. |
| override AdjustGamma(float) | Gamma correction, specifically for the red, green, and blue channels, involves adjusting the brightness of each color component separately. By applying different gamma coefficients to the RGB channels, you can fine-tune the overall brightness and contrast of an image. This technique ensures accurate color representation and improves the visual quality of the image across different display devices. |
| override AdjustGamma(float, float, float) | Gamma correction is applied to an image with customizable parameters for the red, green, and blue channels, allowing precise adjustment of color balance and brightness. This method enhances image quality by fine-tuning color representation, ensuring optimal rendering across different display devices. Adjusting gamma values for individual channels improves color balance and visual appeal. |
| override BinarizeBradley(double) | Binarization of an image using Bradley’s adaptive thresholding algorithm using the integral image thresholding |
| override BinarizeBradley(double, int) | Binarization using Bradley’s adaptive thresholding algorithm with integral image thresholding is a method that calculates a local threshold for each pixel based on a local neighborhood. It adapts to variations in illumination across the image, making it suitable for images with uneven lighting conditions. By computing the threshold using integral images, it efficiently handles large neighborhoods, making it applicable to real-time applications. This technique is commonly used in document processing, OCR (Optical Character Recognition), and image segmentation tasks where accurate binarization is essential for subsequent analysis. |
| override BinarizeFixed(byte) | Binarization with a predefined threshold simplifies complex images into binary representations, where pixels are categorized as either black or white based on their intensity compared to a specified threshold value. This technique is commonly used in image processing to enhance clarity, simplify analysis, and prepare images for further processing steps such as optical character recognition (OCR). By applying a fixed threshold, you can quickly transform grayscale images into binary form, making them easier to interpret and extract meaningful information from. |
| override BinarizeOtsu() | Binarization using Otsu thresholding is a technique that automatically calculates an optimal threshold value based on the image’s histogram. It separates the image into foreground and background by minimizing the intra-class variance. Otsu’s method is widely used for segmenting images into binary form, particularly when the distribution of pixel intensities is bimodal or multimodal. This approach is beneficial for tasks such as object detection, image segmentation, and feature extraction, where accurate delineation between foreground and background is crucial. |
| Blend(Point, RasterImage, byte) | Blends this image instance with the overlay image. |
| override Blend(Point, RasterImage, Rectangle, byte) | Blends this image instance with the overlay image. |
| override CacheData() | Cache the data privately to optimize performance and reduce the need for repeated data retrieval from external sources. This approach also helps conserve resources, particularly in scenarios where data access is frequent or resources are limited. |
| CanSave(ImageOptionsBase) | Determines whether image can be saved to the specified file format represented by the passed save options. |
| override Crop(Rectangle) | “Crop” trims your image to focus on specific details or remove unwanted elements, enhancing its composition and visual impact. Whether you’re adjusting photos for social media, creating website banners, or designing print materials, this tool helps you refine your images with precision and clarity. |
| override Crop(int, int, int, int) | Crop with shifts allows you to precisely adjust the position and dimensions of the cropped area within an image. This feature is invaluable for refining compositions, aligning elements, and emphasizing focal points in your visuals. By incorporating shifts into the cropping process, you can achieve pixel-perfect precision and fine-tune the framing of your images with ease. |
| Dispose() | Disposes the current instance. |
| Dither(DitheringMethod, int) | Performs dithering on the current image. |
| override Dither(DitheringMethod, int, IColorPalette) | The “Dither” function applies a dithering effect to your image, enhancing its visual quality by reducing banding and improving color transitions. Whether you’re working on digital art, photography, or graphic design projects, this feature adds a professional touch to your images, making them appear smoother and more refined. |
| override Filter(Rectangle, FilterOptionsBase) | Apply filters to a specified rectangular area within the image to enhance or modify its appearance. By targeting specific regions, this method allows for precise adjustments, such as blurring, sharpening, or applying artistic effects, to achieve desired visual outcomes. Fine-tuning filters on selected areas empowers users to customize image aesthetics, improve clarity, and create artistic effects tailored to their preferences. |
| GetArgb32Pixel(int, int) | Gets an image 32-bit ARGB pixel. |
| GetDefaultArgb32Pixels(Rectangle) | Gets the default 32-bit ARGB pixels array. |
| virtual GetDefaultOptions(object[]) | Gets the default options. |
| GetDefaultPixels(Rectangle, IPartialArgb32PixelLoader) | Gets the default pixels array using partial pixel loader. |
| GetDefaultRawData(Rectangle, RawDataSettings) | Gets the default raw data array. |
| GetDefaultRawData(Rectangle, IPartialRawDataLoader, RawDataSettings) | Gets the default raw data array using partial pixel loader. |
| virtual GetModifyDate(bool) | Gets the date and time the resource image was last modified. |
| virtual GetOriginalOptions() | Gets the options based on the original file settings. This can be helpful to keep bit-depth and other parameters of the original image unchanged. For example, if we load a black-white PNG image with 1 bit per pixel and then save it using the Save method, the output PNG image with 8-bit per pixel will be produced. To avoid it and save PNG image with 1-bit per pixel, use this method to get corresponding saving options and pass them to the Save method as the second parameter. |
| GetPixel(int, int) | Gets an image pixel. |
| override GetSerializedStream(ImageOptionsBase, Rectangle, out int) | Converts to aps. |
| GetSkewAngle() | Gets the skew angle. This method is applicable to scanned text documents, to determine the skew angle when scanning. |
| override Grayscale() | Grayscale transformation converts an image to a black-and-white representation, where each pixel’s intensity is represented by a single value ranging from black to white. This process removes color information, resulting in a monochromatic image. Grayscale images are commonly used in applications where color is unnecessary or where simplicity is preferred, such as document scanning, printing, and certain types of image analysis. |
| LoadArgb32Pixels(Rectangle) | Loads 32-bit ARGB pixels. |
| LoadArgb64Pixels(Rectangle) | Loads 64-bit ARGB pixels. |
| LoadCmyk32Pixels(Rectangle) | Loads pixels in CMYK format. |
| LoadPartialArgb32Pixels(Rectangle, IPartialArgb32PixelLoader) | Loads 32-bit ARGB pixels partially by packs. |
| LoadPartialArgb64Pixels(Rectangle, IPartialArgb64PixelLoader) | Loads 64-bit ARGB pixels partially by packs. |
| LoadPartialPixels(Rectangle, IPartialPixelLoader) | Loads pixels partially by packs. |
| LoadPixels(Rectangle) | Loads pixels. |
| LoadRawData(Rectangle, RawDataSettings, IPartialRawDataLoader) | Loads raw data. |
| LoadRawData(Rectangle, Rectangle, RawDataSettings, IPartialRawDataLoader) | Loads raw data. |
| NormalizeAngle() | Normalizes the angle. This method is applicable to scanned text documents to get rid of the skewed scan. This method uses GetSkewAngle and Rotate methods. |
| override NormalizeAngle(bool, Color) | Normalizes the angle. This method is applicable to scanned text documents to get rid of the skewed scan. This method uses GetSkewAngle and Rotate methods. |
| ReadArgb32ScanLine(int) | Reads the whole scan line by the specified scan line index. |
| ReadScanLine(int) | Reads the whole scan line by the specified scan line index. |
| override RemoveMetadata() | Removes this image instance metadata by setting this XmpData value to null. |
| ReplaceColor(Color, byte, Color) | Replaces one color to another with allowed difference and preserves original alpha value to save smooth edges. |
| override ReplaceColor(int, byte, int) | Replaces one color to another with allowed difference and preserves original alpha value to save smooth edges. |
| ReplaceNonTransparentColors(Color) | Replaces all non-transparent colors with new color and preserves original alpha value to save smooth edges. Note: if you use it on images without transparency, all colors will be replaced with a single one. |
| override ReplaceNonTransparentColors(int) | Replaces all non-transparent colors with new color and preserves original alpha value to save smooth edges. Note: if you use it on images without transparency, all colors will be replaced with a single one. |
| Resize(int, int) | Resizes the image. The default NearestNeighbourResample is used. |
| override Resize(int, int, ImageResizeSettings) | Resize the image to the specified width and height while applying additional settings as needed. This method enables users to adjust the dimensions of the image while maintaining desired attributes such as aspect ratio, image quality, and compression settings. By providing flexibility in resizing options, users can tailor the image to fit specific requirements and optimize its appearance for various applications and platforms. |
| override Resize(int, int, ResizeType) | Resize the image using the Resize method, providing a simple and effective way to adjust the dimensions of your images according to your requirements. This versatile functionality empowers you to easily scale images to your desired size, enhancing their usability across various platforms and applications. |
| ResizeHeightProportionally(int) | Resizes the height proportionally. The default NearestNeighbourResample is used. |
| virtual ResizeHeightProportionally(int, ImageResizeSettings) | Resizes the height proportionally. |
| override ResizeHeightProportionally(int, ResizeType) | The ResizeHeightProportionally method allows you to adjust the height of your image while preserving its aspect ratio. This ensures that your image maintains its proportions, preventing distortion and preserving its visual integrity. Whether you’re optimizing images for web pages, mobile apps, or print media, this method ensures that your images look their best across different platforms and devices. |
| ResizeWidthProportionally(int) | Resizes the width proportionally. The default NearestNeighbourResample is used. |
| virtual ResizeWidthProportionally(int, ImageResizeSettings) | Resizes the width proportionally. |
| override ResizeWidthProportionally(int, ResizeType) | The ResizeWidthProportionally method offers a convenient solution to adjust the width of your image while maintaining its aspect ratio. By proportionally resizing the width, you can ensure that your images remain visually appealing and consistent across different devices and screen sizes, enhancing their versatility and usability in various contexts. |
| virtual Rotate(float) | Rotate image around the center. |
| override Rotate(float, bool, Color) | Rotate the image around its center with the Rotate method of the RasterCachedMultipageImage class. This convenient feature allows you to easily adjust the orientation of images while maintaining their center position, enhancing your image manipulation capabilities. |
| override RotateFlip(RotateFlipType) | The RotateFlip method offers versatile manipulation options for your image, allowing you to rotate, flip, or perform both operations on the active frame independently. Whether you’re editing photos, creating graphics, or enhancing digital art, this method provides precise control over the orientation and composition of your images, ensuring they meet your creative vision with ease and efficiency. |
| Save() | Saves the image data to the underlying stream. |
| Save(Stream) | Saves the object’s data to the specified stream. |
| override Save(string) | Saves the image to the specified file location. |
| Save(Stream, ImageOptionsBase) | Saves the image’s data to the specified stream in the specified file format according to save options. |
| virtual Save(string, bool) | Saves the object’s data to the specified file location. |
| virtual Save(string, ImageOptionsBase) | Saves the object’s data to the specified file location in the specified file format according to save options. |
| override Save(Stream, ImageOptionsBase, Rectangle) | Saves the image’s data to the specified stream in the specified file format according to save options. |
| virtual Save(string, ImageOptionsBase, Rectangle) | Saves the object’s data to the specified file location in the specified file format according to save options. |
| SaveArgb32Pixels(Rectangle, int[]) | Saves the 32-bit ARGB pixels. |
| SaveCmyk32Pixels(Rectangle, int[]) | Saves the pixels. |
| SavePixels(Rectangle, Color[]) | Saves the pixels. |
| SaveRawData(byte[], int, Rectangle, RawDataSettings) | Saves the raw data. |
| SetArgb32Pixel(int, int, int) | Sets an image 32-bit ARGB pixel for the specified position. |
| override SetPalette(IColorPalette, bool) | Sets the image palette. |
| SetPixel(int, int, Color) | Sets an image pixel for the specified position. |
| virtual SetResolution(double, double) | Sets the resolution for this RasterImage. |
| virtual ToBitmap() | Converts raster image to the bitmap. This method is not supported in versions from .Net7.0 and higher |
| WriteArgb32ScanLine(int, int[]) | Writes the whole scan line to the specified scan line index. |
| WriteScanLine(int, Color[]) | Writes the whole scan line to the specified scan line index. |
